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Lazukin A. V. Krivov S. A. Shurygin D. A. Selivonin I. V. Nikitin A. M. Simich–Lafitskaya E. M. Gudenko A. S. Korneev A. A. Moralev I. A. 《Protection of Metals and Physical Chemistry of Surfaces》2019,55(7):1270-1276
Protection of Metals and Physical Chemistry of Surfaces - Under the effect of the surface discharge in air at atmospheric pressure, the edge of the electrode exposed in the plasma undergoes... 相似文献
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We have studied the structure of flow formed in the boundary layer at the lateral edge of the discharge zone of a dielectric barrier discharge plasma actuator. It is established that a region with nonzero component of tangential velocity exists near the plasma layer boundary. At some distance downstream of the actuator, a concentrated vortex is formed with the axis aligned with the flow direction. In the presence of two closely spaced boundaries of the plasma region, a pair of counter-rotating vortices is formed. Separate microdischarges in the plasma layer also appear to be a source of similar longitudinal vortices with smaller amplitude.
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